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Designs which he thoroughly bashes in his book, but you will never find out about that if you cannot get past the title of the book (which is what happened to me). During our conversation, he told me that he wishes to now call his structures "Earth Integrated Structures". For the rest of this document, i am going to disrespect his wish and instead refer to these as "Oehler Structures". Next, i found a copy of John hait's book "Passive annual heat Storage". In that book, john appears to extend mike's ideas to include a cheap means to eliminate the need to heat. Basically, surround the structure with 20 feet of dry dirt to produce an enormous thermal mass. It's mostly laying down some extra plastic sheeting and insulation during construction.
Further, if you live on wooded land, most of nederland the materials consist of what you cut from your land when doing sustainable forestry thinning. No importing straw bales or dump truck loads of sand. In fact, everything you import could fit into one pickup load: some doors, some glass, some plumbing and electrical stuff - all of which you would bring in for any type of house. Mike then enhances his original designs to come up with a variety of ways to get sun into his structure from all directions, while keeping the costs low. After teaching dozens of workshops on his techniques, he puts the workshop on video. I have seen these videos. In a nutshell, mike's design is a pole structure with a green roof. A green roof is usally more expensive than a conventional roof, but, if you can follow one simple design principle, you can dramatically cut the costs of the whole structure! The one simple design principle is this: every drop of rain has a complete downhill soil path and never encounters a roof edge. I contact mike and visit with him a bit. Now, his excellent design is easily confused with.
of designs to calculate heat efficiency. He also wanted to keep his materials costs low. He came up with a design that was unlike anything he had ever seen anywhere else. The result is a home built in 1971 with a total cost. Later, mike added on to that house and then wrote a book about. His choice of title was so bad, that i avoided the book for more than a decade. Even the pictures on the cover bothered. It was only after seeing so many other authors refer to the book that got me to look at a library copy. Mike's design eliminates many of the complexities of conventional construction.
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The beauty of straw bale is the insulation. Straw itself is not a particularly good insulator, but a really thick wall of. Of course, to stay warm on a really cold day, it helps if you're sealed up inside like being in a ziplock bag. With cob, you will need a source for clay and good sand. Sometimes you are on land that has clay, so then night you just need a few dumptruck loads of sand. And the amount of time to build a cob wall is far greater than conventional. The beauty of cob is that you can shape it to anything! And it is soooooo easy. If you can supply lots of time, you can build a fantasticly lovely home from cob.
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A couple of their other models make decent generators and can still be found on places like this web site talks about the virtues and vices of various Ametek motors when used as generators. M There are probably lots of other brands and models of permanent magnet dc motors available that will work well as generators. Permanent magnet dc motors work as generators, but they weren't designed to be generators. So they aren't great generators. Some types of motor are a lot worse than others. When used as generators, motors generally have to be driven far faster than their rated speed to produce anything near their rated voltage. So what you are looking for is a motor that is rated for high dc voltage, low rpms and high current. Steer away from low voltage and/or high rpm motors.
I decided to start with the generator. My online research showed that a lot of people were building their own generators. That seemed a bit too complicated, at least for a first effort. Others were using surplus permanent magnet dc motors as generators in their projects. This looked like a simpler way. So i began looking into what motors were best for the job.
A lot of people seemed to like to use old computer tape ridderkerk drive motors (surplus relics from the days when computers huid had big reel to reel tape drives). The best apparently are a couple of models of motor made by Ametek. The best motor made by Ametek is a 99 volt dc motor that works great as a generator. Unfortunately, they are almost impossible to locate these days. There are a lot of other Ametek motors around though.
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Since no one seems to be reading the faq, i will answer the. 1 question I get many, many times a day right here up front. Why didn't I just use an automotive alternator on my wind turbine? Automotive alternators need to spin at very high speed to produce useful amounts of power. Most wind turbines don't spin fast enough for them to work.
Update: Here is a video of the wind turbine in operation. Update: Here is a video of me assembling and setting up the wind turbine on my remote off-grid property. I started the process of designing my wind turbine by googling for information on home-built wind turbines. There are a lot of them out there in an amazing variety of designs and complexities. All of them had five things in common though: A generator, blades, a mounting that keeps it turned into the wind. A tower to get it up into the wind. Batteries and an electronic control system. I reduced the project to just five little systems. If attacked one at a time, the project didn't seem too terribly difficult.
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Most of the questions and face requests I get are the same ones over and over again. I have created a faq to handle these repetitive questions. Please read it before emailing. Simple questions, not covered by the. Faq, which only require a quick and simple answer may get replies if time permits. However, there is no way i can help you out with complex bleken issues, teach you electronics theory, help you locate parts, build a charge controller for you, or custom design a system for you. There just aren't enough hours in the day.
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One thing I vaatlaserbehandeling noticed right away about my property is that most of the time, the wind is blowing. Almost from the moment I bought it, i had the idea of being energy independent by putting up a wind turbine and making some electricity, and later adding some solar panels and a wood gasifier. This is the story of how I did. Not with an expensive, store-bought turbine, but with a home-built one that cost hardly anything. If you have some fabricating skills and some electronic know-how, you can build one too. Let me state up front that I probably won't be able to help you out much if you decide to build your own wind turbine. This web site has become insanely popular, often taxing the bandwidth limits of the server. I get dozens of requests for help each day. I simply don't have time to answer the majority of them.
Several years ago i bought some remote property in Arizona. I am an astronomer and wanted a powerplus place to practice my hobby far away from the sky-wrecking light pollution found near cities of any real size. I found a great piece of property. The problem is, it's so remote that there is no electric service available. That's not really a problem. No electricity equals no light pollution. However, it would be nice to have at least a little electricity, since so much of life in the 21st century is dependent.
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When it comes to eco building, there appears to be a lot of enthusiasm for straw bale homes and for cob homes. Let's just note that if you were to pay someone to have a conventional house built for you, it'd be around 100,000. Say you want an eco home built for you, straw bale would be 130,000 and cob would be 200,000. In either case, this is usually nothing more than replacing the exterior walls. Cob could also be used for interior walls, but for the moment, i would just like review to examine the simpler case of replacing the exterior walls. With straw bale, the cost of the materials for the exterior walls is higher than a conventional home. The cost of labor is significantly higher, although some of the work can often be replaced by workshop labor. Unless you live on land that produces straw and you have a baler, you will have to buy straw and have it moved to you.